Services

iCAP 6000 Series Operations
4 days
This course covers the essential aspects of instrument operation including iTEVA 32-bit software. Topics include atomic spectroscopy theory, instrument optimization, line selection, method development, and overcoming interferences. In the laboratory, students will put to use the information and practical spectroscopy presented in the lectures. Students will set up, optimize, and run real-world type samples. Special Thermo Scientific iCAP 6000 Series features will also be covered, including intelligent optimization routines and the Precision and Speed data collection modes. Course topics include:
- Theory of ICP
- Interferences in ICP
- Maintenance and instrument optimization
- Method development – this section covers calibration curves, setting background correction points, using interfering element correction, and setting up internal standards.
- iCAP software (post-processing of data, database backup, and security features)
- Use of Publisher for generating reports and trend charts
- Use of CETAC™ ASX520 autosampler

Click here to register.

High Resolution Inductively Coupled Plasma Mass Spectrometer (HR-ICP-MS): ELEMENT 2 and ELEMENT XR Operations
5 days – onsite only
This course is designed to familiarize users of the Thermo Scientific ELEMENT, ELEMENT 2 or ELEMENT XR with the instrument features, operation and maintenance. Topics covered will include system optimization, mass calibration, data acquisition (using a variety of calibration techniques) and interpretation. Depending on the availability of customer equipment, additional select topics may include: cold plasma analysis, isotope ratio analysis and the use of additional sample introduction equipment (i.e., laser ablation, chromatography, and desolvating or ultrasonic nebulizers). Click here to register.

XSERIES ICP-MS Operations
3.5 days
This course is designed for those who are new to the Thermo Scientific XSERIES 2 instrument, and will familiarize the operator with instrument features, routine operation and maintenance. Course topics include:
- Introduction to ICP-MS
- Principles of operation of ICP-MS
- Evaluation of different interface designs and the use of collision cell technology (CCT) to address specific
- System optimization and instrument calibration routines
- Data acquisition (using a variety of calibration techniques), QA/QC and interpretation
- Routine maintenance
Note: Depending on the availability of instrumentation and equipment, additional select topics may include: cold plasma analysis, isotope ratio analysis and the use of additional sample introduction equipment (i.e., laser ablation, chromatography, and desolvating and ultrasonic nebulizers). Click here to register.

IRIS Intrepid ICP Operations
4 days – onsite only
This course covers the essential aspects of instrument operation including TEVA 32-bit software, either on the upgraded Thermo Scientific IRIS Advantage or the IRIS Intrepid/Intrepid II instruments. In the laboratory, students will put to use the information and practical spectroscopy presented in the lectures.
The course also provides students with hands-on experience optimizing the instruments, setting up and running methods and using the autosampler to analyze samples. Course topics include:
- Atomic spectroscopy theory
- Instrument optimization
- Methods development
- Overcoming interferences

 Click here to register.

Atomic Absorption Operations
4 days
This course covers all essential topics regarding flame/furnace optimization, methods development and efficient operation of the instrument. Both D2 and Zeeman background correction techniques will be explored. Course topics include:
- Atomic spectroscopy theory
- Solaar atomic absorption software
- Instrument optimization
- Methods development
- Troubleshooting
Note: Flame and furnace AA users will have a four-day course. Flame ONLY users will attend the first two days of training at a cost of 50% of enrollment. Click here to register.

ARL QUANT’X EDXRF Operations
3.5 days
This course is designed for both new and experienced Thermo Scientific ARL QUANT’X EDXRF system operators. The course emphasizes the theory of energy dispersive X-ray fluorescence for bulk sample analysis and the operation of Thermo Scientific WinTrace software by covering the following topics:
- XRF theory of measurement
- Excitation conditions
- Sample preparation
- Spectral acquisition
- Optimizing analysis setup
- Qualitative and quantitative analysis
- Comparative analysis
- Method preparation
- Reference acquisition
- Instrument maintenance basics

 Click here to register.

ARL XRF/XRD Operations
4 days
This course is designed for new users of the Thermo Scientific ARL ADVANT’X Series XRF, ARL 9800 XRF/XRD, ARL OPTIM’X XRF, ARL 9900 XRF/XRD and instruments that use Thermo Scientific WinXRF/WinXRD software. Students will learn the skills necessary to operate the instrument and optimize analytical results for their specific applications.
Course topics include:
- X-ray theory
- Hardware overview
- Qualitative/quantitative analysis
- Evaluation of performance
- Energy profile
- High voltage and position calibration
- Sample preparation
- Liquid analysis
- Drift correction
- Calibration/regression analysis
- Inter-elemental correction
- Fundamental parameters
- Routine maintenance
- Service/parts orientation
- X-ray safety

 Click here to register.

ARL OES Operations
4 days
This course is designed for new users of the Thermo Scientific ARL 3460 and ARL 4460 with Thermo Scientific WinOE software. New users will learn the skills necessary to operate the instrument and optimize analytical results for their specific applications. Course topics include:
- Spark emission theory
- Hardware overview
- Software overview
- Optimization of results
- Precision
- Accuracy improvement
- Calibration
- Matrix dilution
- Inter-element corrections
- Drift correction
- Type standardization
- Sample preparation
- Trouble shooting analytical data
- Routine maintenance

 Click here to register.

ARL Automation Hardware & Maintenance (ARL 3460, ARL 4460 with ARL SMS-2000 automation system)
5 days – onsite only
This course is designed to familiarize users of the Thermo Scientific ARL 3460 or ARL 4460 coupled to an ARL SMS-2000 automation system with the structure of the system. The user will learn maintenance and diagnostic techniques and how to establish and manage a maintenance schedule. Other topics include: overview of the periodic maintenance tables concerning the cleaning devices, the analysis table and its accessories, the SMS rack, the pneumatic system and the robot arm, general troubleshooting and diagnostics.

Prerequisites: Practical experience of at least three months following the installation of the instrument and general knowledge of Windows® operating systems and Thermo Scientific WinOE software.  Click here to register.

ARL Automation Hardware & Maintenance (ARL 9900 with ARL SMS-2000 or SMS-XY automation system)
5 days – onsite only
This course is designed to familiarize users of Thermo Scientific ARL 9900 Series coupled to an ARL SMS-2000 or SMS-XY automation system with the structure of the system. The user will learn maintenance and diagnostic techniques and how to establish and follow a maintenance schedule. Topics include: overview of the periodic maintenance tables concerning the SMS rack, the pneumatic system and the robot arm, general troubleshooting and diagnostic.

Prerequisites: Practical experience of at least three months following the installation of the instrument and general knowledge of Windows® operating systems and Thermo Scientific WinXRF software.  Click here to register.

ARL X-ray and OES Hardware & Maintenance
5 days – onsite only
This course is designed to familiarize users of all existing Thermo Scientific X-ray and OE spectrometers with the structure of the instrument. The user will learn maintenance and diagnostic techniques and how to establish and follow a maintenance schedule.

Prerequisites: Practical experience of at least three months following the installation of the instrument and general knowledge of Windows® operating systems and Thermo Scientific WinXRF/WinOE software.  Click here to register.

ARL WinXRF/OXSAS Software Operations
5 days – onsite only
Each designated software course will teach operators the principles and techniques of their respective application software:
- Thermo Scientific WinXRF for use with the Thermo Scientific ARL ADVANT’X Series, ARL 9800, ARL OPTIM’X and ARL 9900
- Thermo Scientific OXSAS for use with the ARL ADVANT’X Series and ARL OPTIM’X
Users will learn the principles of X-ray fluorescence analyses, structure and overview of the WinXRF software, basics of system setup, diagnostic tools, instrument calibration, results exploitation, data security and practical work on PC.

Prerequisites: Practical experience of at least three months following the installation of the instrument and general knowledge of Windows® operating systems and WinXRF software. Click here to register.

ARL WinXRF Software Modules
5 days – onsite only
This course is designed for users of Thermo Scientific ARL ADVANT’X Series, ARL 9800, ARL OPTIM’X and ARL 9900 providing instruction to help students understand the Thermo Scientific WinXRF application software. The ARL WinXRF software options bundle:
- SPC (1.5 days)
- ARL Net (1.5 days)
- NBSGSC (1 day)
- Charge correction, Translate, Metaverage, Automatic Program Choice (1 day; optional course segment taught
upon request.)

 Click here to register.

ARL WinXRF Analytical UniQuant and QuantAS Options
3 days – onsite only
This course will help users understand how to run and analyze samples and the philosophy of semi-quantitative analysis. The course provides an overview of principles and operation of the Thermo Scientific UniQuant program, principles of UniQuant calibration and applications, matrix specific adjustments, results handling and recalibration. The course continues with an overview of the principles and operation of QuantAS™, principles of QuantAS calibration, applications and recalibration.

Prerequisites: Practical experience of at least three months following the installation of the instrument and general knowledge of Windows® operating systems and Thermo Scientific WinXRF software. Click here to register.

ARL SparkDAT Software (ARL 4460)
2 days – onsite only
This course is designed to teach users the principles and techniques of the Thermo Scientific SparkDAT software for the Thermo Scientific ARL 4460 only. The course provides a general overview of SparkDAT system with topics that include:
- SparkDAT software and sparks view
- Installation and configuration of algorithms
- Standard applications and creation of SparkDAT programs that incorporate algorithms for fast inclusions characterization

Prerequisites: Practical experience of at least three months following the installation of the instrument and general knowledge of Windows® operating systems and Thermo Scientific WinOE software. Click here to register.

ARL Automation Software
5 days – onsite only
This course is designed for users of Thermo Scientific ARL Automation SMS-2000 and SMS-3000. The user will learn the principles and techniques of the application software for these OE or XRF automation systems. The course provides instructions regarding the software structures of the automation system, menu overview of Manager Level, configuration of menus and accounts, system operation and working parameters.
The course also covers the details of the registration scheme, registration and running of production samples, system monitoring, events and alarms related to the automatic mode.

Prerequisites: Practical experience of at least three months following the installation of the instrument and general knowledge of Windows® operating systems and WinOE software. Click here to register.

Microanalysis: NSS/NS7 Operations
3.5 days
This course is designed for both new and experienced Thermo Scientific NORAN System SIX and 7 users. The course emphasizes the theory of energy dispersive spectroscopy for bulk sample analysis and the operation of NORAN System SIX/7 software.
Course topics include:
- Microanalysis theory
- Spectral acquisition
- Optimizing analysis setup
- Qualitative and quantitative analysis
- Comparative analysis
- Image acquisition
- Spectral image extraction
- Spectral image-map extraction
- Compass-statistical analysis
- Feature sizing
- Chemical typing and automation

 Click here to register.